export default {
  // 诊断预测
  diagnosticPrediction: {
    analysis: {
      panoramic: 'Panoramic analysis',
      plantStatusAssessment: 'Plant Status Assessment',
      chargeDischargeLife: 'Charge-discharge life (times)',
      chargeDischargeEfficiency: 'Charge-discharge efficiency',
      batteryStatusAssessment: 'Battery Status Assessment',
      availableCapacityEnergy: 'Available capacity/energy',
      sustainableWorkingHours: 'Sustainable working time (mins)',
      recyclableLife: 'Recyclable life (times)',
      maximumChargingEfficiency: 'Maximum charging efficiency',
      maximumDischargeEfficiency: 'Maximum discharge efficiency',
      cycleIndex: 'Cycle-index',
      cycles: 'Equivalent cycles',
    },
    diagnosis: {
      batteryProblem: 'Battery Problem',
      location: 'Location',
      faultType: 'Fault type',
      occurrenceCollectionTime: 'Occurrence/collection time',
      collectionTime: 'Collection time',
      occurrenceTime: 'Occurrence time',
      nodeLocation: 'Node location',
      omAdvice: 'O&M advice',
      optimizationFactor: 'Optimization factor',
      deltaVmaxUpstream: 'Vmax upstream',
      deltaVmaxDown: 'Vmax down',
      temperatureProblem: 'Temperature Problem',
      abnormalTemperatureGrade: 'Abnormal temperature grade',
      collectionProblem: 'Collection Problem',
      communicationProblem: 'Communication Problem',
      problemType: 'Problem type',
      eventName: 'Event name',
      problemDescription: 'Problem description',
      faultFrequency: 'Fault frequency',
      communicationPacketLossRate: 'Communication Packet Loss Rate',
      packetLossRate: 'Packet loss rate',
      abnormalType: 'Abnormal type',
      faultLocation: 'Fault location',
      boxLocation: 'Box location',
      stackLocation: 'Stack location',
      clusterLocation: 'Cluster location',
      BMULocation: 'BMU location',
      cellNode: 'Cell node',
      statistics: 'Report',
      currentMonth: 'The month',
      custom: 'Customize',
      customTime: 'Customize time',
      batterySelect: 'Select a battery pack',
    },
    riskPrediction: {
      title: 'Risk Profile',
      referenceOnly: 'The results provided by predictive analysis are for reference only',
      energyBox: 'Energy ',
      voltageRisk: 'Voltage risk',
      temperatureRisk: 'Temp risk',
      indivual: ' ',
    },
    performancePrediction: {
      performancePrediction: 'Performance prediction',
      plantPerformancePrediction: 'Plant Performance prediction',
      referenceOnly: 'The results provided by predictive analysis are for reference only',
      workStatus: 'Work status',
      predictedOperatingCondition:
        'The predicted operating condition of the plant is {1} mins, which is reduced by {2} minutes compared to the initial operating condition',
      predictingWorkingConditionDuration: 'Predicting working condition duration',
      totalDurationOfInitialOperatingConditions: 'Total duration of initial operating conditions',
      sohPrediction: 'SOH Prediction',
      sohRecentlyMeasured: 'SOH was recently measured',
      realTimeSoh:
        'The real-time SOH of the plant is {1}%, which is {2}% less than the initial SOH',
      powerPrediction: 'Power Prediction',
      realtimePower: 'Real-time power',
      ratedPower: 'Rated power',
      realTimePowerTip:
        'The real-time power of the plant is {1}, which is {2} less than the rated power',
      batteryBoxPerformancePrediction: 'Battery Box Performance Prediction',
      compareOperatingCondition:
        'Compared with the initial operating condition of {1} mins, the largest reduction is {2} ({3} mins), which decreased by {4} mins; The smallest reduction is {5} ({6} mins), which decreased by {7} mins',
      compareInitialSoh:
        'Compared with the initial SOH of {1}%, the largest reduction was {2} ({3}%), which decreased by {4}%; The smallest reduction was {5} ({6}%), which decreased by {7}%',
      compareRatedPower:
        'Compared with the rated power of {1}kW, the largest reduction is {2} ({3}), which is reduced by {4}, and the smallest reduction is {5} ({6}), which is reduced by {7}',
      unit: 'Unit',
      operation: 'Operation(min)',
      power: 'Power',
    },
    reportAnalysis: {
      reportAnalysis: 'Report Analysis',
      parameterSettings: 'Parameter settings',
      sn: 'S/N',
      reportName: 'Report name',
      generationMethod: 'Generation method',
      powerPlantName: 'Power plant name',
      generationTime: 'Generation time',
      operation: 'Operation',
      view: 'View',
      reportConfiguration: {
        automaticGenerationParameter: 'Report automatic generation parameter configuration',
        automaticGenerationTime:
          'Report automatic generation time: &--& Last &--& days of each month',
        currentConsistencyThreshold:
          'Cluster current consistency threshold: &--& When the circulation of the cluster is greater than &--& %, the daily Cluster Current Consistency Evaluation Data "will be automatically added to the health report."',
        lifeAssessmentThreshold:
          'Cycle Life Assessment Threshold: &--& When the actual SOH differs by &--& % from the estimated SOH, the "Cycle Life Assessment" for that day will be automatically added to the health report.',
        socConsistencyEvaluation: {
          label: 'SOC consistency evaluation threshold: ',
          1: '1. When the monitoring value of cluster SOC exceeds ± &--& % of the average SOC value of the entire Plant cluster, it will be highlighted and a comparative analysis of "verification values" will be conducted.',
          2: '2. When the "comparison result" between the monitoring value and the verification value of the cluster exceeds ± &--& %, the "SOC consistency assessment data" of the day will be automatically added to the "Monthly Health Assessment Report"',
        },
        update: 'update',
        socConsistencyEvaluationT1:
          '1. When the monitoring value of cluster SOC exceeds{threshold}% of the average SOC value of the entire Plant cluster, it will be highlighted and a comparative analysis of "verification values" will be conducted.',
        socConsistencyEvaluationT2:
          '2. When the "comparison result" between the monitoring value and the verification value of the cluster exceeds ± {threshold}%, the "SOC consistency assessment data" of the day will be automatically added to the "Monthly Health Assessment Report"',
        socAvgThresholdRequired: 'Please enter the SOC average value of the entire plant cluster',
        socCheckThresholdRequired: 'Please enter the SOC check threshold',
        curThresholdRequired: 'Please enter the current consistency threshold',
      },
    },
  },
};
